IEG6-36982-20-V

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Circuit Breakers provide a vital function in ensuring the safety of our electrical systems and protecting against fires, electric shocks and power outages. IEG6-36982-20-V is a specific type of circuit breaker and is commonly used in residential, commercial and industrial applications. This article will discuss the application field and working principle of IEG6-36982-20-V circuit breakers.

IEG6-36982-20-V circuit breakers are designed to protect electrical wiring, equipment, and components from overvoltages, short circuits, and overloads. They are suitable for use in both AC and DC applications and can be found in single-pole, double-pole, and triple-pole configurations. The primary benefit of IEG6-36982-20-V is its ability to provide effective protection against high voltage currents, which can cause serious damage to sensitive electrical systems.

This type of circuit breaker is designed with a thermal magnetic trip unit that uses both thermal and magnetic forces to activate the circuit breaker and open the circuit when an overload or surge of current is detected. The trip unit has adjustable tripping curves that can be adjusted to suit the specific application. The trip times are calibrated to provide enough time for the circuit breaker to trip and protect the electrical system without causing a potential fire or other hazards.

When it comes to application fields, the IEG6-36982-20-V is commonly used in residential, commercial, and industrial applications. It is commonly used in places where there is a need for high levels of protection, such as in hospitals, airlines, and military equipment. It is also commonly used in industrial settings to help protect large motors and other electrical systems.

The working principle of the IEG6-36982-20-V circuit breaker is fairly simple. The circuit breakers are designed with a thermal magnetic trip unit that consists of bimetallic strips, which expand and contract when exposed to heat. When a current overload occurs, the bimetallic strips expand creating a thermal force that opens a contact in the circuit breaker. At the same time, the magnetic force in the circuit breaker will also be activated and pulls the contact open. This action results in the opening of the circuit breaker, stopping the flow of current and protecting the electrical circuit and components.

In conclusion, IEG6-36982-20-V circuit breakers are a reliable and effective form of circuit protection. They are used in a variety of applications to provide protection against high voltage current and can provide safeguards against fires, electric shocks and power outages. The circuit breakers are designed with a thermal magnetic trip unit that uses both thermal and magnetic forces to open the circuit when overloads or surges of current are detected. The adjustable tripping curves and trip times allow the circuit breaker to provide protection without endangering the electrical system or anyone in the vicinity.

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